OPAL nice 5040 – Oxygen Analyser
Oxygen Analyser
One of the most widely utilised treatments in neonatal care is the oxygen analyser. Despite recent research highlighting the risks of too much oxygen, there are no standardised recommendations for the treatment of oxygen therapy in high-risk newborns.
Introduction:
The use of oxygen saturation targets in preterm infants who needed supplemental oxygen had no effect on their growth or development and resulted in increased health-care usage. The emerging practise of using high oxygen saturations to help premature neonates grow and develop. The study focused on kids born before 30 weeks who needed supplemental oxygen at 32 weeks after conception. Targeting an oxygen saturation range of 95-98 % rather than the lower 91-94 % has little benefit for the preterm newborn.
Description:
The Oxygen Analyser determines if the oxygen levels in the provided patient gas should be increased or not by measuring the precise level of oxygen percentage. Calibration processes can be used to determine the accuracy of the O2 levels for each application. It’s utilised in conjunction with an Air Oxygen Blender, a Bubble CPAP, and a Ventilator. The O2 Analyser’s small size makes it portable and easy to use.
Oxygen is introduced into the incubator through the wall Oxygen outlet and must be monitored with an oxygen analyser. Every shift, analysers should be calibrated and alert limits verified. The oxygen concentration chart on the back can only be used as a reference, and considerations such as the doors being open must be properly considered. It is necessary to utilise an oxygen analyser. Each time the doors are opened, it is expected that it will take around 20 minutes to obtain the appropriate Oxygen concentration.
How It Works:
Oxygen measurements:
If the O2 concentration is less than 40%, calibrate to air. When the analyser is disconnected from any oxygen source, the display panel should indicate 21%. Alter the buttons to adjust the reading until it is calibrated. If the percentage is greater than 40%, the analyser should be placed in an O2 glove and calibrated to 100%.
Limits for alarms can be set using the buttons:
Alarm levels should be set at 5% higher and lower than the required dose.
Features:
With a wide, bright LED display, the Oxygen Monitor provides excellent flexibility and reliability.
Using cutting-edge design and production techniques, this product was created.
The use of an accurate oxygen sensor allows for a simple calibration method.
The microprocessor based Oxygen Monitor gives a number of unique basic features that set these models different from the competitors
Because of the minimal power demand, the units can run for up to 20 hours on a single charge.
Low battery alarms, sensor failure alarms, and calibration error alarms all include audio and visual indicators.
Long-term stability and accuracy are provided by this oxygen sensor.
These tough instruments are made of high impact resistant materials and deliver unparalleled performance even in the most extreme conditions.
Ideally suited for use in Neonatology, Respiratory care, and Anaesthesia applications.
Types:
nice 5040
Application:
Level I NICU
Level II NICU
Level III NICU
Pediatric ICU
Newborn Emergency Care Unit
Accessories:
Oxygen Sensor
Contact Us:
Corporate Headquarters
nice Neötech Medical Systems Pvt. Ltd., No. 85 and 86, Krishna Industrial Estate, Vanagaram, Mettukuppam, Chennai 600095, Tamil Nadu, INDIA.
Phone: +91-44-24764608 | 24762594 | 98408 73602
Fax: +91-44-24766920
Email: info@niceneotech.com | marketing@niceneotech.com
www.niceneotech.com
nice 5040
